115 resultados para soil improvement
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Vegetable plant and Soil health.
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Completed tree improvement project focussing on delivering improved mahogany varieties for the plantation industry in northern Queensland.
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Quantifying surfactant interaction effects on soil moisture and turf quality.
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The avocado industry has supported the development and evaluation of new rootstocks for Hass and Shepard avocado. Field sites containing various rootstock/scion combinations have been established around Australia. This project will evaluate tree, fruit yield and and postharvest fruit quality attributes from these field sites.
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The main outputs anticipated include enchanced knowledge of key water-nutrient dynamics in relation to key soil management techniques and a suite of improved and practical soil management options in sweet potatoes.
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Industry development by providing competitive wonderful strawberry cutivars to subtropical industry and purchasers .
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DEEDI have built and maintained a living library of turf grass selections of 138 different turf cultivars. Material is also preserved in tubs in a protected growing environment. The maintenance and ongoing upgrading of these plots requires significant resources to maintain their integrity. As the plots have been in place since 2000, they are currently in need of significant repair. This project will assist in the improvement and maintenance of the turf library for the benefit of the turf industry producers and Australian turf research more generally.
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The proposed project focuses on developing research-based indicators that growers and extensionists can use to assess soil health status (including key chemical, physical and biological variables), as well as extension approaches to communicate soil health.
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This project focussed on the phosphorus (P) and potassium (K) status of northern cropping soils. Stores of P and K have been depleted by crop removal and limited fertiliser application, with depletion most significant in the subsoil. Soil testing strategies are confounded by slowly available mineral reserves with uncertain availability. The utility of new soil tests was assessed to measure these reserves, their availability to plants quantified and a regional sampling strategy undertaken to identify areas of greatest P and K deficit. Fertiliser application strategies for P and K have been tested and the interactions between these and other nutrients have been determined in a large field program.
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Soil Micro Testing for nematodes on grain farms.
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Quantify soil C stocks in grains and sugarcane cropping systems of Queensland, including impacts of management practices.
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The project will evaluate seed bank depletion of key northern herbicide resistant weeds under different environments, cropping systems, crop agronomies and non-chemical control tactics. The project will also evaluate soil biology and seed bank relationships to explain differences in seed bank persistence.
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This is part of a GRDC funded project led by Dr Jeremy Whish of CSIRO Ecosystem Sciences. The project aims to build a root-lesion nematode module into the crop growth simulation program APSIM (Agricultural Production Systems Simulator). This will utilise existing nematode and crop data from field, glasshouse and laboratory research led by Dr John Thompson. New data will be collected to validate and extend the model.
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Work with Land and Water Australia to coordinate soil health work across Queensland and Australia.
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PhD scholarship investigating the relative sensitivity of nitrogen fixation in adapted grain and ley legume species to low soil phosphorus.